GCN4 — Brassica oleracea var. botrytis

Summary

BoGCN4, also known as GCN4, ABCF4, or BoABCF4, is a cauliflower gene on chromosome 8 that encodes an ABCF family protein with an ABC transporter-like ATP-binding domain and ATP hydrolase activity. It is associated with multiple transporter activities, including aluminium ion, UDP-glucose, sulfate, thiosulphate, and phosphate transmembrane transport, as well as ATP binding. The gene is linked to biological processes such as aluminium ion transmembrane transport and detoxification, UDP-glucose transport, phosphate ion membrane transport, response to aluminium, and arbuscular mycorrhizae formation. It localizes to the ATP-binding cassette transporter complex, vesicle membrane, periarbuscular membrane, tonoplast, plasmalemma, and cytosol. Related genes in other species are linked to disease resistance, nonhost disease resistance, and stomatal aperture.

Annotations

Chromosome
8
Related genes
GCN4
GO terms
UDP-glucose Transmembrane Transport, UDP-glucose Transmembrane Transporter Activity, plasmalemma, Cytosol, ATP Binding, Membrane, GO:0009507, ATP-binding Cassette (ABC) Transporter Complex
Publications
17164256, 15381434, PMID:28887381, PMID:18299247, PMID:19826808, PMID:28855332, PMID:12912986, PMID:18650403
Traits
drought tolerance, stomatal aperture, nonhost disease resistance, disease resistance, disease tolerance (narrow), stomatal opening